On the Equation of States for Quantum Fluid Mixtures : Condensed Matter: Structure, etc.

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概要

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• In our previous paper we applied the Song and Mason equation of states to four quantum systems including ^4He, Ne, H_2, and CH_4. Here, we have predicted the equation of state for the mixtures of aforementioned systems. The best intermolecular pair potentials were taken to evaluate the second virial coefficients. First and second quantum corrections on the classical second virial coefficients were taken into account. The calculated second virial coefficients have been employed to predict the molar density of hydrogen-methane binary mixtures up to a pressure of 1100 bar, and the excess molar volume of hydrogen-helium mixtures up to the pressures as high as 700000 bar. The agreement between our calculated values and the experimental data is quite good.

• 社団法人日本物理学会の論文
• 2001-04-15

著者

• Boushehri A

  Shiraz Univ. Shiraz Irn

• ESLAMI Hossein

  Department of Chemistry, College of Sciences, Persian Gulf University

• PAPARI Mohammad

  Department of Chemistry, College of Sciences, Shiraz University

• BOUSHEHRI Ali

  Department of Chemistry, College of Sciences, Shiraz University

• Boushehri Ali

  Department Of Chemistry College Of Science Shiraz University

• Eslami H

  Persian Gulf Univ. Boushehr Irn

• Eslami Hossein

  Department Of Chemistry College Of Sciences Persian Gulf University

• Papari M

  Department Of Chemistry College Of Sciences Shiraz University

• Papari Mohammad

  Department Of Chemistry Shiraz University Of Technology

• Papari Mohammad

  Department Of Chemistry Shiraz University

関連論文

• PVTx Properties of Liquefied Natural Gas mixtures Using Tao-Mason Equation of State
• On the Equation of States for Quantum Fluid Mixtures : Condensed Matter: Structure, etc.
• On the Equation of State for Quantum Systems : Condensed Matter: Structure, etc.
• Semi-Empirical Calculations of the Transport Properties of Eight Binary Gas Mixtures at Low Density by the Inversion Method : Part II
• Direct Calculation of CH_4-He Interaction Potential from the Extended Principle of Corresponding States
• The Xenon Interaction Potential from the Extended Principle of Corresponding States
• Assessment of the Effect of Mixing Rules on Transport Properties of Gas Mixtures
• Gas Transport Coefficients of Light Hydrocarbons : Halogenated Methane and Ethane as Candidates for New Refrigerants
• Transport Coefficients of Natural Gases
• Semi-Empirically Based Assessment for Predicting Dilute Gas Transport Properties of F_2 and Ar-F_2 Fluids
• Semi-Emperical Calculation of the Transport Properties of Eight Binary Gas Mixtures at Low Density by the Inversion Method
• Equation of State for Alkaline Earth Metals : Prediction form Boiling Point Constants
• Equation of State for Aluminum
• Direct Measurement of the Intermolecular Potentials of CH_4-Xe, CH_4-Kr, CH_4-Ar, and CH_4-Ne from the Extended Principle of Corresponding States
• PVTx Properties of Liquefied Natural Gas Mixtures Using Tao-Mason Equation of State
• Modeling Transport Properties of N_2-Noble Gas Mixtures at Low and Moderate Densities

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